Linked from

The 28 pages that link to Virtual reality, each with the reason it gives.

• Human–computer interactionRelated: Immersive systems raise distinctive questions about presence, control, comfort, and feedback.

• Motion captureRelated: Motion capture can make virtual characters respond to a performer’s movements in real time.

• Computer graphicsRelated: Its immersive scenes depend on graphics rendered for viewpoints that change with movement.

• SpectatorshipRelated: Its simulated viewpoint can place spectators inside an image space.

• Virtual reality exposure therapyNarrower topic: Its immersive environments make simulated exposure feel immediate and controllable.

• Augmented realityCompared with: VR substitutes a simulated environment, while AR keeps the physical world in view.

• Body schemaRelated: Synchronized visual and movement cues can shift the experienced location or extent of the body.

• Field of viewRelated: Headset field of view shapes how much of the virtual scene fills the wearer’s vision.

• Game engineRelated: Engines adapt rendering and input systems to immersive hardware.

• Haptic technologyRelated: Haptics adds touch to otherwise visual and auditory virtual scenes.

• Ivan SutherlandNarrower topic: His head-mounted display anticipated a central interface for immersive computing.

• Depth perceptionRelated: Head tracking and stereoscopic images use depth cues to make simulated spaces navigable.

• EmbodimentRelated: It tests how bodily movement and sensory cues produce presence in simulated spaces.

• Head-mounted displayRelated: Head-mounted displays commonly provide the visual interface for immersive virtual environments.

• 3D computer graphicsRelated: 3D graphics supplies the continuously updated environments shown in VR.

• 3D modelingRelated: 3D models provide the objects and spaces that populate virtual environments.

• John CarmackNarrower topic: It is the broader field in which Carmack pursued work beyond conventional games.

• Real-time renderingRelated: Head movement makes low latency and stable frame delivery especially important.

• Video game graphicsNarrower topic: VR games require graphics that respond to head motion and support stereoscopic viewing.

• LenovoRelated: Lenovo has developed headsets and computing devices for immersive applications.

• Multimedia (computing)Related: Virtual reality uses synchronized visual, audio, and interactive media to create immersive environments.

• NeuromancerRelated: The novel’s cyberspace anticipates a cultural idea later associated with immersive digital environments.

• Virtual reality headsetNarrower topic: The headset is a common interface for experiencing virtual reality.

• May-Britt MoserRelated: Virtual environments let researchers test spatial coding while controlling what animals or people experience.

• Astral projectionRelated: Virtual-reality experiments can manipulate self-location and perspective without claiming a nonphysical body.

• Digital reconstruction of cultural heritageRelated: Immersive scenes let audiences experience reconstructed spaces at human scale.

• Gaming computerRelated: VR games place especially high demands on graphics performance and frame consistency.

• Video game art designRelated: Immersive viewpoints make visual comfort, scale, and spatial clarity especially consequential.